While we were in the ivory tower, 
we explored the possibilities of the future while solving problems

In formulas and 
calculations,

 

we progress little by little, 
faster or slower, 
and we always get there

      

 

It is now being distributed in complex outdoor applications.
If we can find the formula to solve all the possibilities

More complex scenarios and functions in outdoor is dragging us.

Traditional outdoor solution design and integration is like a complex maze. You never know where will be the dead end.

Edgeware design philosophy of outdoor solution.

Edge Equation

X=(E+V)c

500-6000w Outdoor Edge Network
 Hybrid Power Solution
One Equation Unlock Everything

One model to cover small to big nodes.

One model to cover small to big nodes.

Edge Equation to cover scenario from edge to backbone.

Edge Equation Typical Configuratons

 

Scenario 1 :
Video Surveillance Node

 

* CCU MBU Configured 
* 500W UPS in CCU  
* Lithium Battery 48V50AH 
* POE switch for Camera power feeding and traffic aggregation 
* 8U Height

 

Scenario 2 :
GPON OLT FTTC Node

 

* CCU MBU Configured 
* 1000W UPS in CCU  
* Lithium Battery 48V100AH 
* 8 Ports GPON OLT for FTTC  
* Switch and Router for traffic aggregation and Layer 3 backhaul  
* 11U Height

 

Scenario 3 :
4G NodeB RRU Power Backup Node

 

* CCU Configured 
* 6000W Rectifier  
* Lead Acid Battery 12V400AH 
* RRU power interface  
* Router for layer 3 traffic backhaul  
* 18U Height

 

Scenario 4 :
General Energy Storage Node

 

* CCU MBU Configured 
* 6000W Rectifier  
* Inverter 6000W  
* Lithium Battery 48V600AHLith 
* 29U Height

 

Scenario 5 :
Solar Video Surveillance Node

 

* CCU SCU MBU configured 
* 1000W solar in SCU  
* Lithium battery 48V100AH  
* POE switch for camera power feeding 
* 8U height

 

Scenario 6 :
Solar Satellite Node

 

* CCU SCU MBU configured 
* 1000W solar in SCU  
* Lithium battery 48V100AH  
* Satellite router for backhaul  
* POE switch for power providing and traffic aggregation for WIFI ap 
  and camera these kind of devices 
* 10U height

 

Scenario 7 :
Solar Energy Storage Node

 

* CCU SCU MBU configured 
* 2500W solar in SCU  
* Lead acid battery 12V800AH 
* Inverter 2000W  
* 18U height

 

Scenario 8 :
Solar Energy Storage Node-Lithium

 

* CCU SCU MBU configured 
* 2500W solar in SCU  
* Lithium battery 48V400AH  
* Inverter 2000W 
* 18U height

- One Equation to Unlock Everything -

Solar and Power Grid Hybrid System

Dual Power Input

1. Solar and power grid dual power source input.
2. Can setup as solar main mode or power grid main mode.
3. Can setup as off grid solar mode or power grid only mode.

40ms Power Source Switch

1. 40ms fast power source switch during main power failure, 
   will not affect the system power.

· CCU and SCU is based on backplane architecture for interconnection.

· Power and signal feed to every device slots.

- Simple and pre-integration, no more complex cabling on site. -

 

Highly Efficient FAN
with  5 Years Life Time

 

Hemperature
RealTime Monitoring

 

FAN Controlled Remotely
based on Temperature or Time Schedule

High Quality 
Manufacture Design

for 10 Years+ Life Time

POLE NEVER BE A PAIN AGAIN

We customize for you,
any size,any height,any material,
any structure,any usage.

Complete Network Backhaul 
Solution for Outdoor Node

Layer 3 LTE Router

Wired Layer 3 Router

GPON ONT

Industrial POE Switch

60GHz Wireless Bridge

Edgeware Convergence Software
Platform for Complete System Monitoring and Management

With Convergence Software Platform, 
all you remote site can be managed properly. 

Solar Version

UPS Version

Edgeware Convergence Software
Platform for Complete System Monitoring and Management

Designed
By

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